Added a new test program, testegldeviceadd, which tests a vendor library adding
a new EGLDeviceEXT handle after the application calls eglQueryDevicesEXT.
It's got two subtests right now. "querydevices" will test returning the new
device through a second eglQueryDevicesEXT call. "returndevice" tests returning
the new device through a vendor-provided dispatch stub.
Updated egl_test_utils.c/h to include the new eglTestReturnDevice function.
Added functions to egl_test_utils.c/h to load each vendor's DummySetDeviceCount
function using dlopen+dlsym.
The EGL tests don't use X11, and only included the Xlib headers by way
of eglplatform.h.
Now that we don't set the USE_X11 macro anymore, eglplatform.h won't try
to include anything from Xlib, and so the EGL tests don't need X11 as a
dependency.
This fixes the build for me since I have libX11 installed to a custom
prefix, so the default include path does not include libX11. This fixes
lots of instances of the following error:
../../libglvnd/include/EGL/eglplatform.h:109:10: fatal error: 'X11/Xlib.h' file not found
Signed-off-by: Alex Richardson <Alexander.Richardson@cl.cam.ac.uk>
Remove the "If only executable code is distributed..." paragraph from
the license text. Everything now uses a normal MIT license.
The only code from Khronos that's included in libglvnd is the EGL/GL
header and XML files, which do not contain that paragraph.
Fixes https://gitlab.freedesktop.org/glvnd/libglvnd/-/issues/221
Theres a couple of things that this meson build system does differently
than autotools. It doesn't use a config.h file, it just puts #defines on
the command line with -D. It also does all of the code generation in the
generated folder, simply because it's simpler to do that.
On my 2 core / 4 thread KBL system:
autotools (no ccache):
sh -c "./autogen.sh&& ./configure && make -j6 check" 44.74s user 6.70s system 145% cpu 35.269 total
autotools (warm ccache):
sh -c "./autogen.sh&& ./configure && make -j6 check" 32.86s user 4.22s system 129% cpu 28.580 total
meson (no ccache):
sh -c "meson build; ninja -C build test" 23.48s user 3.71s system 236% cpu 11.487 total
meson (warm ccache)
sh -c "meson build; ninja -C build test" 16.06s user 2.31s system 210% cpu 8.727 total
